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This Paper is explain about how to design a  Multilevel Boost Converter (MLBC) . This Converter is a  Boost Converter  with an upgrade of Parallel Diode Circuit and Capacitors Circuit.  MLBC (Multi Level Boost Converter)  have more advantages with low voltage input change to high voltage output. The Principle of  MLBC  is like the  Boost Converter , but they have high ratio conversion without adding transformation for step up the voltage, the  setting Output  will stabilize if they always get the minimum input range for reduce the drop voltage from input who used  Solar Panel,  it is used  MISO (Multiplied Input Single Output) , the  MISO  contains  Solar Panel  and  Battery  with the parallel circuit set.  DC Micro Grid  using as  DC BUS  for distributed the voltage from the source to load for the maximum output power it used 100-200 Watt. The Method of control voltage it used PI - Ziegler Nichols-1 for controlled the  Multi Input Single Output (MISO)  block, the first control used to make the input of MLBC stabilize for 30 - 40 V being step up to 200 - 250 Volt. The Load of  DC BUS  example:  Inverter, 3 Phase Motor, Led DC, Battery Energy Storage  at this project used a inverter with 3 phase motor for load of converter. The Maximum Output Power from a design of this converter is 234.87 Watt according the DC load and the efficiency of converter is maximum 86 %.

Design and Simulation Multilevel Boost Converter Using PI Controller Ziegler Nichol Method